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ALU

Finishing VDI blocks are used in CNC lathes and CNC machining centers for fixing lathe cutters, spreading, cutting cutters, body drills, chunks, etc. d. It is a quick tool replacement system that ensures fast and accurate attachment to the revolver head with a VDI-type mounting.

AR

Finishing VDI blocks are used in CNC lathes and CNC machining centers for fixing lathe cutters, spreading, cutting cutters, body drills, chunks, etc. d. It is a quick tool replacement system that ensures fast and accurate attachment to the revolver head with a VDI-type mounting.

ARU

Finishing VDI blocks are used in CNC lathes and CNC machining centers for fixing lathe cutters, spreading, cutting cutters, body drills, chunks, etc. d. It is a quick tool replacement system that ensures fast and accurate attachment to the revolver head with a VDI-type mounting.

B4

Finishing VDI blocks are used in CNC lathes and CNC machining centers for fixing lathe cutters, spreading, cutting cutters, body drills, chunks, etc. d. It is a quick tool replacement system that ensures fast and accurate attachment to the revolver head with a VDI-type mounting.

BMT

Achieve machining of complex shapes: With the multi - tool combination and rotating tool holder functions of the BMT tool system, it is possible to machine parts with complex shapes. For example, by installing milling cutters and turning tools, operations such as milling grooves and milling planes can be carried out while turning the cylindrical surface, thus completing the machining of parts with complex contours and features.

BT

BT & BBT TOOLING SYSTEM is a high-precision, high-performance tool system designed for the modern machining field. It achieves precise connection and efficient transmission between the tool and the machine tool spindle through standardized interfaces and high-precision manufacturing processes, and can meet the needs of various complex machining processes. It is a key equipment for improving machining efficiency and product quality.

Chuck & Collet ToolHolder

Preset dyamic balance, high precision of the toolholder,beating 0.003mm,maximum speedG2.5 3000rpm forhigh precision machining

Shock Absorbing Damper Fine Boring Head

This productis a combination of shock absorber andboring head.t has a one-piece structure andbetterrelative shock absorption.

Groove Blade Series

High Wear Resistance: Tungaloy's DX160 is an insert made of diamond - rich material, featuring excellent wear resistance, which can extend the service life of the tool. The new - S grooved threading turning inserts of Bump Cutting ensure good cutting performance through excellent coating technology combined with wear - resistant substrates. Under the same working conditions, they have better wear resistance.

Turning Insert Series

Material advantages: Turning inserts are usually made of high-performance materials such as cemented carbide, ceramics, cubic boron nitride (CBN), etc. These materials have extremely high hardness. For example, the combination of tungsten carbide particles and binder phases such as cobalt in cemented carbide enables the insert to maintain a sharp cutting edge during high-speed cutting and resist the wear of the workpiece material.

Y-axis turret

Multi-dimensional processing: with Y-axis movement function, it can realize accurate Y-axis movement and positioning of the tool based on rotation, so that the tool can process the workpiece with more directions and angles, and can perform oblique and side milling, drilling, thread cutting and other operations, which greatly extends the machining range of the machine. It is particularly suitable for machining parts with complex contours, special shape structures and parts requiring multi-faceted machining.

Y-axis power turret

Multi-directional machining capability: In addition to conventional turning, the Y-axis force revolver head can move the tool in the Y-axis direction, allowing the tool to approach the workpiece from more directions and angles, and can perform oblique and side milling, drilling, thread cutting and other operations. It is particularly suitable for machining parts with complex contours, special shape designs and parts requiring multi-faceted machining.
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